Chaos::FSimpleEngineSim Class Reference

#include <EngineSystem.h>

Inheritance diagram for Chaos::FSimpleEngineSim:

Public Member Functions
	FSimpleEngineSim (const FSimpleEngineConfig *StaticDataIn)
void	StartEngine ()
void	StopEngine ()
void	SetThrottle (float InThrottle)
void	SetEngineRPM (bool FreeRunningIn, float InEngineRPM)
void	SetMaxTorque (float InTorque)
float	GetEngineTorque ()
float	GetEngineRevRate ()
float	GetTorqueFromRPM (bool LimitToIdle=true)
float	GetTorqueFromRPM (float RPM, bool LimitToIdle=true)
float	GetEngineRPM () const
float	GetEngineOmega () const
void	SetEngineOmega (const float EngineOmega)
void	Simulate (float DeltaTime)
Public Member Functions inherited from TVehicleSystem< FSimpleEngineConfig >
	TVehicleSystem ()
	TVehicleSystem (const FSimpleEngineConfig *SetupIn)
FSimpleEngineConfig &	AccessSetup ()
const FSimpleEngineConfig &	Setup () const

Protected Attributes
float	MaxTorque
float	ThrottlePosition
float	TargetSpeed
float	CurrentRPM
float	DriveTorque
float	EngineIdleSpeed
float	MaxEngineSpeed
bool	EngineStarted
bool	FreeRunning
float	Omega
float	RevRate

Additional Inherited Members
Public Attributes inherited from TVehicleSystem< FSimpleEngineConfig >
const FSimpleEngineConfig *	SetupPtr

Constructor & Destructor Documentation

FSimpleEngineSim()

Chaos::FSimpleEngineSim::FSimpleEngineSim

(

const FSimpleEngineConfig *

StaticDataIn

)

Member Function Documentation

GetEngineOmega()

float Chaos::FSimpleEngineSim::GetEngineOmega ( ) const

inline

get the Engine angular velocity

GetEngineRevRate()

float Chaos::FSimpleEngineSim::GetEngineRevRate ( )

inline

GetEngineRPM()

float Chaos::FSimpleEngineSim::GetEngineRPM ( ) const

inline

get the Engine speed in Revolutions Per Minute

GetEngineTorque()

float Chaos::FSimpleEngineSim::GetEngineTorque ( )

inline

GetTorqueFromRPM() [1/2]

float Chaos::FSimpleEngineSim::GetTorqueFromRPM ( bool  LimitToIdle = true )

inline

GetTorqueFromRPM() [2/2]

float Chaos::FSimpleEngineSim::GetTorqueFromRPM	(	float	RPM,
		bool	LimitToIdle = true
	)

SetEngineOmega()

void Chaos::FSimpleEngineSim::SetEngineOmega ( const float  EngineOmega )

inline

Set the Engine angular velocity

SetEngineRPM()

void Chaos::FSimpleEngineSim::SetEngineRPM ( bool  FreeRunningIn, float  InEngineRPM  )

inline

When the wheels are in contact with the ground and clutch engaged then the load on the engine from the wheels determines the engine speed. With no clutch simulation just setting the engine RPM directly to match the wheel speed.

SetMaxTorque()

void Chaos::FSimpleEngineSim::SetMaxTorque ( float  InTorque )

inline

SetThrottle()

void Chaos::FSimpleEngineSim::SetThrottle ( float  InThrottle )

inline

Pass in the throttle position to the engine

Simulate()

void Chaos::FSimpleEngineSim::Simulate

(

float

DeltaTime

)

Simulate - NOP at the moment

StartEngine()

void Chaos::FSimpleEngineSim::StartEngine ( )

inline

Start the engine

StopEngine()

void Chaos::FSimpleEngineSim::StopEngine ( )

inline

Stop the engine

Member Data Documentation

CurrentRPM

float Chaos::FSimpleEngineSim::CurrentRPM

protected

DriveTorque

float Chaos::FSimpleEngineSim::DriveTorque

protected

EngineIdleSpeed

float Chaos::FSimpleEngineSim::EngineIdleSpeed

protected

EngineStarted

bool Chaos::FSimpleEngineSim::EngineStarted

protected

FreeRunning

bool Chaos::FSimpleEngineSim::FreeRunning

protected

MaxEngineSpeed

float Chaos::FSimpleEngineSim::MaxEngineSpeed

protected

MaxTorque

float Chaos::FSimpleEngineSim::MaxTorque

protected

Omega

float Chaos::FSimpleEngineSim::Omega

protected

RevRate

float Chaos::FSimpleEngineSim::RevRate

protected

TargetSpeed

float Chaos::FSimpleEngineSim::TargetSpeed

protected

ThrottlePosition

float Chaos::FSimpleEngineSim::ThrottlePosition

protected

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The documentation for this class was generated from the following files:

• Engine/Source/Runtime/Experimental/ChaosVehicles/ChaosVehiclesCore/Public/EngineSystem.h
• Engine/Source/Runtime/Experimental/ChaosVehicles/ChaosVehiclesCore/Private/EngineSystem.cpp